netwiz/nw_axis_sink.html

i_axis_sink : entity nw_util.axis_sink

     generic map (

       GC_BYTES        => 4,

       GC_MAX_PKT_SIZE => 1600

     )

     port map (

       aclk      => aclk,

       aresetn   => aresetn,

       tready    => tready,

       tvalid    => tvalid,

       tdata     => tdata,

       tkeep     => tkeep,

       tstrb     => tstrb,

       tlast     => tlast,

       pkt_len   => pkt_len,

       pkt_valid => pkt_valid,

       pkt       => pkt

     );

axis_sink
Definition nw_axis_sink.vhd:73

axis_sink.GC_BYTES
GC_BYTES integer  range  1 to  1024
Width of axis data in bytes.
Definition nw_axis_sink.vhd:75

axis_sink.GC_MAX_PKT_SIZE
GC_MAX_PKT_SIZE positive := 2000
Max paket size (bytes) to receive.
Definition nw_axis_sink.vhd:77

axis_sink.aclk
in aclk std_logic
AXI-Stream clock.
Definition nw_axis_sink.vhd:79

axis_sink.pkt
out pkt t_slv_arr( 0 to    GC_MAX_PKT_SIZE- 1)( 7 downto  0) :=( others =>( others => '0'))
Packet received.
Definition nw_axis_sink.vhd:90

axis_sink.tlast
in tlast std_logic
AXI-Stream last data.
Definition nw_axis_sink.vhd:86

axis_sink.pkt_valid
out pkt_valid std_logic := '0'
Packet valid strobe.
Definition nw_axis_sink.vhd:88

axis_sink.tstrb
in tstrb std_logic_vector(   GC_BYTES- 1 downto  0)
AXI-Stream data byte qualifier.
Definition nw_axis_sink.vhd:85

axis_sink.pkt_len
out pkt_len natural := 0
Packet length.
Definition nw_axis_sink.vhd:87

axis_sink.tdata
in tdata std_logic_vector(   GC_BYTES* 8- 1 downto  0)
AXI-Stream data.
Definition nw_axis_sink.vhd:83

axis_sink.tready
out tready std_logic
AXI-Stream ready.
Definition nw_axis_sink.vhd:81

axis_sink.tvalid
in tvalid std_logic
AXI-Stream data valid.
Definition nw_axis_sink.vhd:82

axis_sink.aresetn
in aresetn std_logic
AXI-Stream reset.
Definition nw_axis_sink.vhd:80

axis_sink.tkeep
in tkeep std_logic_vector(   GC_BYTES- 1 downto  0)
AXI-Stream data stream qualifier.
Definition nw_axis_sink.vhd:84